Directed Energy Weapons TRIZ Cases
- HEL Beam Director Alignment and Jitter Control With Burn-Through Detection
Integrated auto-alignment, jitter correction, and mirror burn-through detection limit beam walk and protect boresight and hardware in HEL systems.
- HEL Beam Director Alignment and Burn-Through Detection
An integrated sensor head corrects HEL beam walk and jitter while detecting burn-through in real time to protect optics and maintain boresight.
- Optical Subsystem Purge Gas Design for HEL Thermal Blooming
Combustion-based oxygen depletion supplies low-oxygen purge gas to HEL optics, cutting thermal blooming while avoiding heavy gas storage.
- Resonant Laser Output Control for Material-Specific Cutting
Material absorption is detected before processing so laser wavelength and power match resonant lines, reducing cutting and welding power density.
- Illumination Laser Power Switching for Low-NOHD Eye Safety
Dynamic illumination power and beam overlap control lower NOHD while preserving object recognition during active laser operation.
- Counter-Rotating Beam Guidance for Airborne Laser Aiming
Opposed beam direction units cancel aiming torque on the aircraft, reducing stress while preserving precision and full engagement coverage.
- Ultra-Short Pulse Laser Steering for Rapid Multi-Target Engagement
Ultra-short pulses and electro-optic steering create rapid multi-target effects without repositioning the laser source.
- Shared Laser Source for Multi-Beam HEL Weapon Systems
A common laser source feeds multiple high-energy beam guidance systems via optical switching units to centralize power generation.